Why Is an Industrial Robotic Arm Important in the Manufacturing Industry – 2021 Guide

Source: diy-robotics.com

Manufacturing industries are often busy places that entail a lot of work. In the olden days, manual laborer’s took preeminence in the manufacturing industries. In that case, the laborer’s worked in shifts to allow for those who have been working to take some rest.

With the evolution of technology, times have changed and manufacturing industries have started to bring in industrial robotic arms to do most of the work. The industrial robotic arms will however require one or two people who understand how they operate to program and run them.

Robotic arms are usually built by a mechanical engineer, who understands the topic deeply, and a programmer who is implementing the software in the hardware, and make things work pretty well. As time goes by, these machines are becoming even better, and many industries are using their advanced versions to promote better production, and of course, a larger number of items produced in a defined time unit.

6 Benefits of Using an Industrial Robotic Arm in the Manufacturing Industry

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These machines are programmed to complete industrial tasks, that can sometimes be very dirty, or even dangerous for the life of the operators on the line. This is the most important feature of this type of device. A prototype of a simple arm should be tested, and the construction requires using moving joints and sensors, so when the machine is built, it can complete those tasks.

Numerous benefits come with using an industrial robotic arm in the manufacturing industry. This article will highlight six benefits of using an industrial robotic arm in the manufacturing industry.

1. Accuracy

Unlike human beings working in the manufacturing industry, industrial robotic arms do not tire nor need breaks, which means much better performance, and exceptional results for a shorter period. They work according to how they are programmed, so once again, the humans can make the perfect machine to work for them, but they can never compete with the level of productivity. If the instruction tabulated on them is in the order they do so.

This hence brings out accuracy in the products that are sourced using an industrial robotic arm. It will be very hard to find faults in products that industrial robotic arms produce. This then is a great benefit to an industry that uses the arms as opposed to using manual laborers.

On the other hand, this opens a lot of ethical questions about the unemployment problem, and the industries and laborers have a difficult task to balance between these two things, because just one robotic hand, can be more accurate than a whole team of workers.

2. Reduced Product Damage

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The human eye might not be so accurate in doing things, hands could shake and bodies do tire every once in a while. The fatigue that people get requires a break in between a human being’s chores and this may just bring forth a damaged product.

Manufacturing industries that on the other side make use of industrial robotic arms will less likely have their products damaged. For reduced product damages, it is, therefore, necessary that industries purchase or hire industrial robotic arms.

Also, if a product is damaged during production, the sensors will detect it, and remove it from the line. People sometimes can miss seeing those damages, and the products may end up to the customer who is paying for a complete service.

3. Lower Labor Costs

When a manufacturing industry purchases or “rents” an industrial robotic arm, they will use it to cover up for most of the jobs that manual laborers would do. This then lowers the labor costs that the manufacturing industry incurred in the past.

These labor costs went into paying the people who did the chores in the manufacturing industry. According to universal-robots.com, the industrial robotic arm will do better than a human being and it will lessen the need for the manufacturing industry needing many people working.

People will spill things in between their working schedules and making dirty the working surfaces. This is unlike the use of industrial robotic arms that won’t move and hence less dirt will be surrounding the working area. Less dirt will scrap out the many subordinate staff that did the cleaning on the working surfaces.

In this paragraph, we will once again mention the problem with the overstuff that may occur after a better and advanced machine is installed in some product line. The company owners will always go for the profit, but the workers have a right to earn and survive. So, surely, when robots take over the whole industry, many people will lose their jobs. Also, there is a hope that the employers will find proper solutions, and the science and tech will still grow, so this difference won’t cause huge problems with the laborers.

4. Flexibility

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Unlike human beings doing the tasks in the manufacturing industry, industrial robotic arms are flexible. This is proven through their being able to handle multiple tasks at the same. This means that the industry can program it to do tasks that 2 or 3 people could handle.

This is just an incredible thing as a manufacturing industry wants to be reliable to their customers and keep restocking their products and never coming to a shortage of their supply.

Another benefit when it comes to flexibility is that you can schedule some process out of the working hours, and be sure it will be properly completed the next day. The security systems, in this case, are imperative. If the system detects a malfunction, it will alert the monitoring department, and the manufacturers too, and the problem will be resolved as soon as possible. Once again, we will compare this point to human labor – when one gets sick, they won’t perform nice or even take days off, and the process will be slower than usual. With automated systems, that won’t happen.

5. Speed

Industrial robotic arms are fast in doing their work as their operations are most of the time made possible through the application of electricity. Such enormous speed cannot be compared to the speed of a human being doing the same work.

This speed that comes with industrial robotic arms work will increase the manufacturing industry’s production and make it stand out among its competitors as well.

6. Quiet Operation

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Robotic arms will hardly produce any noise and hence the working environment will be calm and conducive to the human beings working there. This will be evident while the industrial robotic arms are producing and packaging the industry’s products. This is another very important benefit because loud machines in the past lead people to become deaf, or have huge problems with their hearing. As time goes by, these machines are quieter and quieter, and the engineers are coming to more efficient solutions that won’t ruin the working atmosphere.

Conclusion

This article discussed six benefits that come with the use of industrial robotic arms in manufacturing industries. The six benefits are that industrial robotic arms are accurate in their work, they reduce the damage in the products that the manufacturing industries produce, they lower labor costs, they are flexible, and have high speed in their operations.

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